NASA’s Pioneer Spacecraft Anomaly, Heat, Dark Matter and a Probable Persuasive Genesis

Leandro Meléndez Lugo, Esteban Chávez Alarcón
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Abstract

An analysis is performed on what is known as the anomaly of NASA’s probe spacecraft. It explains why this additional acceleration can hardly be caused by the heat emitted by the electronic equipment of the spacecraft or by the dark matter that the Solar System could contain. Additionally, the correct stellar dynamics are mathematically demonstrated to explain the high speed of stellar rotation directly in galaxies and to show that this dynamics governing galaxies is very different from the dynamics of the Solar System. This also demonstrates the superfluity of postulating the existence of Dark Matter at the galactic level. It is concluded that the anomaly of the Pioneer spacecraft is relatively feasible as a product of an explainable difference between the modeling of the 70s and the real sources of the gravitational field of the Solar System. Therefore, it is claimed that there were sources of gravitational field that were not included in the original modeling because they were unknown at the time. Finally, a particular distribution of the disperse Solar System mass is proposed that could represent the sources of the field that give a plausible explanation for the NASA spacecraft anomaly.
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美国宇航局的先锋宇宙飞船异常,热,暗物质和一个可能的有说服力的起源
对美国宇航局探测器的异常现象进行了分析。它解释了为什么这种额外的加速几乎不可能是由航天器的电子设备发出的热量或太阳系可能包含的暗物质引起的。此外,正确的恒星动力学在数学上被证明可以直接解释星系中恒星旋转的高速,并表明这种控制星系的动力学与太阳系的动力学非常不同。这也证明了假设暗物质存在于银河系层面是多余的。结论是,先驱者号宇宙飞船的异常是相对可行的,这是70年代模型与太阳系引力场真实来源之间可解释的差异的产物。因此,有人声称,在最初的模型中没有包括引力场的来源,因为它们在当时是未知的。最后,提出了一个分散的太阳系质量的特定分布,它可以代表场的来源,为NASA航天器的异常提供了一个合理的解释。
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